Woodleigh Bullets

Woodleigh Bullets are made by deep drawing copper and steel bullet jackets to the proper taper. The jackets are then heat-treated to provide the optimum metallurgical finished jacket. The bullets follow the original British profiles to provide ease of regulating double rifles. Weldcore Soft Nose bullets are made with pure lead cores that have been welded to the jacket to deliver maximum retained weight. Woodleigh RN bullets generate similar pressures to conventionally constructed soft nose bullets. You can use published data from other bullet and powder manufacturers. For safety, reduce by 5% and work up. Ensure that the case neck has a good grip on the bullet. Protected Point suit a variety of conditions. Higher ballistics coefficient design. Internal grooves at the nose section weaken the front jacket for consistant controlled expansion. A small flat nose with minimal lead showing. Woodleigh PP bullets generate similar pressures to conventionally constructed spire point bullets. You can use published data from other bullet and powder manufacturers. For safety, reduce by 5% and work up. FMJ Solids are steel jackets that have been copper-plated over a lead cores. Thicker jacket at the nose creates impact resistance. Woodleigh steel jacketed FMJ’s generate more pressure than soft nose bullets for any given load.To assist the barrel’s lead, most Woodleigh FMJ’s are 0.0005″ to 0.001″ under nominal diameter. It is important for the case neck has a good grip on the bullets. Hydrostatically Stabilized Bullets* (Hydro-Solid) are lead-free with the power of an expanding bullet and penetration of a solid. Hydro-Solid bullets resist deflection, deliver tremendous shock transfer and achieve deep straight-line penetration. NEW Capped projectiles now available (select calibers as noted). We strongly recommend that all ammunition is cycled through the rifle magazine to ensure reliable feeding. DOWNLOAD THE WOODLEIGH CATALOG Woodleigh Catalog [PDF] DOWNLOAD THE WOODLEIGH HYDROSTATIC ARTICLES Article 1 [PDF] Article 2 [PDF]